Test set-up for bifacial modules

Bifacial modules are calibrated in the newly developed test set-up. Bifacial modules make use of irradiance on the front and back side.

Flasher measurement at the laboratory “CalLab PV Modules”

For manufacturers and investors, it is crucial to know precisely the performance of their modules. The measurement accuracy for precision measurements stands at unprecedented 1.6%.

Test set-up for bifacial modules

Bifacial modules are calibrated in the newly developed test set-up. Bifacial modules make use of irradiance on the front and back side.

WPVS Reference Cell

Reference cell developed according to the international standards of the World PV Scale (WPVS).

Module Characterization

Services

In our field of work Module Characterization, we offer the following services:

Our accredited calibration laboratory, CalLab PV Modules, unites the highest level of scientific know-how with cutting-edge measurement technology. Renowned module manufacturers, EPCs and investors with the highest quality requirements are among our clients, all of whom value our longstanding experience and global reputation in the field of module calibration.

We offer expertise ranging from precisely calibrating single cells and modules through to complex, customized tasks, such as accurately calibrating bifacial modules. With an uncertainty range of just 1.6%, our measurement accuracy under standard test conditions outranks that of our international competitors while our quality assurance services go far beyond. We provide support for full characterization of modules in accordance with the energy rating standard IEC 61853-1 and for quality benchmarking with individual testing procedures.

Our goal is to gain a detailed understanding of our clients’ requirements and offer tailored solutions.

In our accredited Lab CalLab PV Modules at Fraunhofer ISE, we offer a comprehensive range of services in the field of Module Characterization.

32. Symposium Photovoltaische Solarenergie

08.03.2017 - 10.03.2017
Bad Staffelstein, Kloster Banz

Solarex Istanbul

06. - 08.04 2017
Istanbul | Turkey

SNEC 2017

19. - 21.04.2017
Shanghai | China

Intersolar Europe

31.05. - 02.06.2017

Munich, Messe Munich

Current publications - Module Characterization

 

YearTitle/AuthorDocument Type
2017Measurement and GIS-based spatial modelling of copper corrosion in different environments in Europe
Slamova, K.; Koehl, M.
Journal Article
2016Dos and Don'ts of Submitting a Proposal: Presentation held at Horizon 2020 Energy Virtual Info Day 2016, Brussels, Belgium, 20.09.2016-20.09.2016
Philipps, S.
Presentation
2015Realistic yield expectations for bifacial PV systems - an assessment of announced, predicted and observed benefits
Reise, C.; Schmid, A.
Conference Paper
2014Prediction of silicon PV module temperature for hot spots and worst case partial shading situations using spatially resolved lock-in thermography
Geisemeyer, I.; Fertig, F.; Warta, W.; Rein, S.; Schubert, M.C.
Journal Article
2014Progress in photovoltaic module calibration - results of a wordwide intercomparison between four reference laboratories
Dirnberger, D.; Krälig, U.; Müllejans, H.; Salis, E.; Emery, K.; Hishikawa, Y.; Kiefer, K.
Journal Article
2014Qualitätsbenchmarking von PV Modulen
Farnung, B.; Philipp, D.; Dirnberger, D.; Kiefer, K.
Conference Paper
2014Unified methodology for determining CTM ratios: Systematic prediction of module power
Haedrich, I.; Eitner, U.; Wiese, M.; Wirth, H.
Journal Article
2013Crystalline Silicon PV Module Technology
Wirth, H.
Book Article
2013Development of a large area reference cell based on modified C-SI-module technology
Schmitt, P.; Schmidt, T.; Tranitz, M.; Brachmann, S.
Conference Paper
This publication list has been generated from the publication database Fraunhofer-Publica.